Примеры использования Solid solutions на Английском языке и их переводы на Русский язык
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Solid solutions», development of competencies, authentic evaluation.
Peculiarities of dislocation dynamics at laser influense on solid solutions…………….
It is shown that solid solutions from albite to(Na, K)Al2SiAsO8 exist.
In 1965-1979, he studied the high-temperature enthalpy andheat capacity of many individual ferrites and their solid solutions.
Solid solutions in systems cBN-Al and cBN-Al-TiB2 obtained at high pressures and temperatures.
The formation of the most stable binary compounds and solid solutions hardens thermodynamical stability of alloys.
Solid solutions with the general formula Ca1-xSn1-xTixSi1-xYxFexO5 were synthesized in the low-temperature plasma of hydrogen-oxygen flame LTP.
In electronic spectra of liquid and solid solutions spectral absorption band of CdS nanoparticles has been registered.
Sequence of chemical reactions in the synthesis of nonlinear microwave materials based on solid solutions AgNb x Ta 1- x O 3 were first determined.
The field of compositions of solid solutions iron-free pigeonite with increasing of pressure and, accordingly, temperatures is displaced aside more calcic compositions.
The obtained results can be used for evaluation of thermodynamical characteristics of quazibinary and quaziternary solid solutions based on AIIIBV compounds.
Solid solutions» university course, that is a special subject in educational curriculum of Chemistry Faculty in Lobachevsky State University in the city of Nizhny Novgorod.
This fact evidences that equilibrium exists in the system with two solid solutions(sphalerite and pyrrhotite): FeSpo↔ FeSsph with the constant K1 poFeS sph FeS/ aa.
There has been substantial research in the field of creating nanostructued thermoelectrical materials first of all based on solid solutions of(Bi, Sb)2Te3.
These materials and their solid solutions in single-crystal form can be used as substrates for thin-film epitaxy devices for optoelectronic applications in integrated optics.
Redistribution of macrocomponents between crystal and melt during crystallization results in change of solid solutions composition, i.e. primary chemical zoning of an ore body.
Bismuth silicate(BSO), Bismuth germanite(BGO) and their solid solutions have created a great deal of interest in the forms of bulk crystals and epitaxial films for opto- and acousto-electronic applications in integrated devices.
Withing the Department functions the scientific group of theoretical modelling of the structures andproperties of minerals and their solid solutions with modern atomistic and quantum chemical methods.
Single crystals of BGO(Bi12GeO20),BSO(Bi12SiO20) and their solid solutions are wide band-gap, high resistivity semi-insulators that are also piezoelectric, photoconductive, acousto-optic, magneto-optic and optically active.
We use the method of the Gibbs free energy minimization adapted to calculations of phase equilibria in multisystems with phases of variable composition representing multicomponent solid solutions of minerals.
It is shown that the chemically interacting metals Fe andTi do not form any intermetallic compounds or solid solutions at the intense mechanical activation in high-energy planetary mill.
This effect can be used for developing new maskless methods of the fabrication of structured silicon substrates,which are prospective for the use in the technology of light-emitting diodes based on gallium nitride and III-nitride solid solutions.
Contact interaction of solid electrolytes based on the Li 8 ZrO 6 material and the Li 8-2x M x ZrO 6(M=Mg, Sr), Li 8-x Zr 1-x VxO 6 solid solutions with the molten lithium metal was studied experimentally for the first time.
In the article discuss the phenomenon of formation of low-temperature metastable solid solutions α and β with the allocation of dispersed particles of the tertiary α-phase(intragranular or Widmanstatten α, α wi) in heat-resistant titanium alloys ВT3-1, ВT8 and its modifications, ВT9, ВТ25У, ВТ41.
As a result, qualitative single crystal samples of Tl 4 SnS 3(Sе 3, Tе 3), Tl 4 PbSе 3(Те 3), Tl 4 SnS 4, Tl 2 SnS 3, Cu 6 PS 5 I(Br),Cu 7 PS 6 compounds and solid solutions based on them were obtained.
For work on the development andstudy of the properties of advanced semiconducting materials based on solid solutions, the team of scientists from the Physical Technical Institute of the AS RUz in 2007 was awarded the State Prize of the Republic of Uzbekistan in the field of science and technology.
Discovery of the intermediate state in antiferromagnetics; Discovery of the doplerone-phonon and diamagnetic resonances in metals; Development and study of superconductors with high critical parameters; The tunnel and EPX-ray spectroscopy at high pressures and low temperatures; Development of activities in the field of hydro-extrusion, particularly, development of manufacturing methods of a superconducting multicore(dozens millions of cores) cable;Discovery of coal properties to form metastable monophase states together with gases like solid solutions.
The aim of this work is to study the growth features, structural and electronic, phonon andoptical properties of the doped zinc oxide films and solid solutions based on them, which are required for designing the competitive and high-performance optoelectronic devices.
This treatment is applied to solid solution annealing and stress relief.
The formation of the(Nb, W)C solid solution in Cu-NbC-WC and Cu-Nb-WC systems was revealed.